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  • Brake Press

    Press brakes, also known as Brake Presses or just brakes are machines used to bend sheet metal using tooling known as dies and punches.  The Brake Press typically has an upper and lower section.  The upper holds a piece of tooling known as a punch which has a general v shape to it, the lower has ...
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  • Bend Angles

    Angles, and the math and terminology associated with them, are an everyday part of being a sheet metal engineer and Brake Press operator.  While it’s not necessarily required that you understand all of the geometry and trigonometry associated with triangles it will benefit you to know the basics....
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  • MAGNABEND TROUBLE SHOOTING GUIDE

    Trouble Shooting Guide The easiest way to fix electrical problems is to order a replacement electrical module from the manufacturer.  This is supplied on an exchange basis and therefore is quite reasonably priced.  Before sending for an exchange module you may like to ch...
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  • 3200e-front-side-elevation-drawing

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  • 2500e-front-side-elevation-drawing

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  • 2000e-front-side-elevation-drawing

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  • 1250e-front-side-elevation-drawing

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  • 1000e-front-side-elevation-drawing

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  • 650e-front-side-elevation-drawing

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  • How it Works

    A new concept in sheet-metal bending technology The fundamental principle of the Magnetic sheet metal brake machine is that it uses electromagnetic, rather than mechanical, clamping. The machine is basically a long electromagnet with a steel clampbar located above it. In operation, a sheetmetal w...
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  • MAGNABEND – FUNDAMENTAL DESIGN CONSIDERATIONS(9)

    Practical Clamping Force: In practice this high clamping force is only ever realised when it is not needed(!), that is when bending thin steel workpieces. When bending non-ferrous workpieces the force will be less as shown in the graph above, and (a little curiously), it is also less when bending...
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  • MAGNABEND – FUNDAMENTAL DESIGN CONSIDERATIONS(8)

    Magnabend Clamping Force: The graph below was obtained by experimental measurements, but it agrees fairly well with theoretical calculations. The clamping force can be mathematically calculated from this formula: F = force in Newtons B = magnetic flux density in Teslas A = area of poles in m2 µ...
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